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Course Descriptions
SCFS 518 Criminalistics
Principles and practical sessions in forensic examination of glass, soils, dyes and pigments, hairs and fibers, gunshot residue, explosive compounds, questioned documents, impression and marks; principles and practical sessions in specialized forensic instruments; forensic examination of sexual assault case; mock case scenarios practice
SCFS534 Principles of Crime Scene Investigation
Principles of crime scene investigation, management, relating legal procedures, standards, and ethics; investigation of common indoor and outdoor crime scene, and specialized crime scene; continuity of evidence (chain of custody); forensic evidence types and their nature; crime scene documentation; principles of evidence search, recovery, and handling; principles of bloodstain pattern analysis; principles of forensic evidence interpretation and evaluation; concepts of crime scene reconstruction, crime scene report writing
SCFS535 Practical Skills in Crime Scene Investigation
Practical sessions in search, recovery, handling, of various forensic evidence types; practical sessions in presumptive testing, bloodstain pattern analysis, interpretation and evaluation of various forensic evidence types, and crime scene documentation; investigation and reconstruction of mock indoor, outdoor, and specialized crime scenes; practice in crime scene report writing and presentation
SCFS536 Forensic Science Profession
Introduction to the forensic science profession; integration of forensic science in criminology; judicial process and court system; principles of forensic science and the forensic process; role of expert witness in court; ethics and competency in forensic science; standards and quality in forensic science; risk assessment and work safety; site visits, discussions and sharing with forensic science practitioners, medical examiners, and relating authorities
SCFS537 Statistics for Evidence-based Evaluation
A revision of statistical techniques such as basic statistics, parametric and non-parametric statistics, including probabilities and likelihood ratio; introduction to evidence evaluation, prosecutors fallacy, conditional probability and Bayesian statistics; the use of statistics in specific cases; and implications for databases
SCFS538 Forensic DNA Analysis
Forensic DNA sample collection and preparation; principles and methods of forensic DNA typing; practical sessions in forensic analysis of human STRs and a mock forensic case involving DNA evidence processing; STR genotyping and data interpretation; statistical interpretation of autosomal STR profiles; forensic analysis of non-human DNA; evaluation, presentation of DNA evidence, and report writing; practical sessions in mass disaster case scenario; mixed DNA profiles
SCFS539 Forensic Chemistry and Toxicology
Principles of forensic chemistry and toxicology; drug biotransformation; presumptive and confirmatory tests; principles, application, and practical sessions in analytical techniques for forensic analysis of drugs of abuse, chemicals, toxins, and poisonous substances using thin-layer chromatography, gas chromatography, liquid chromatography, capillary electrophoresis, mass spectrometry, infrared spectrometry, Raman spectrometry, and X-ray powder diffraction; results interpretation, evaluation, and reporting; ethics and guidelines for international standards
SCFS540 Critical Reading and Presentation Skills
Search, critical reading, presentation of research article in forensic science, research rationale and problem, experimental approach, result, discussion and suggestion
SCID518 Generic Skills in Science Research
Qualities of a good researcher, Effective searching of the scientific information, Laboratory Safety: Biosafety, Chemical Safety, Radiation Safety and Electrical Safety, Ethics of research in human subjects and experimental animals in science, Intellectual property rights, Research misconduct & attribution of credit and responsibility, Techniques in formulating and writing thesis proposals, research projects, grant applications, research reports and manuscript for publication
SCFS516 Toxicology
Introduction of toxicology, types of toxic substances, metabolic pathways of some drug types, immunological screening, EMIT and radio-immunoassay techniques, toxicological analysis, body tissue, urine and blood sample preparation, extraction procedures, Thin layer chromatography as a presumptive analysis, use of Gas chromatography, Gas chromatography-mass spectrscopy and High performance liquid chromatography, pharmokinetics, drug elimination, estimation of time since dosage
SCFS519 Selected Topics in Forensic Science
One or two interesting topics, concerning advancement and new technology used in forensic science
SCFS520 Current Topics in Forensic Science
Examination and discussion on current forensic science issues, including important issues of social interest, new scientific information, and advanced technologies related to forensic science; presentations by professional forensic scientist, and interactive discussions. Relevant readings or reference lists distributed in advance to provide background material for discussions
SCFS521 Seminar in Forensic Science
Formal presentation of topics of interest in forensic science and group discussions under academic supervision on criminalistics, forensic chemistry, forensic biology, forensic botany, forensic medicine, toxicology, instrument and techniques for forensic analysis case studies and case report
SCFS522 Selected Topics in Forensic Medicine
Characteristics of wound types and their medico-legal importance, identification of death, post-mortem changes, types and causes of death, autopsy, child abuse and sexual assault
SCFS523 Principles of Explosive and Fire Scene Investigation
Introduction to explosive and fire investigation, common causes and explosion types, principle of fire and fire spreading, scene management and securing, sample collection, packaging, and sampling techniques, risks of contamination, presumptive tests for functional groups in explosive compounds, analytical methods for evidence examination, interpretation of results
SCFS524 Fingerprints
Fingerprint evidence, collection and preservation of two or three-dimensional marks, chemical enhancement of latent fingerprint, examination of fingerprints, evidence comparison, Automated Fingerprint Identification System (AFIS), presentation of evidence, report writing
SCFS527 Bloodstain Pattern Analysis
Nature of human blood and circulation, bloodstain patterns, factors affecting bloodstain pattern, determination of motion and directionality, determination of point of convergence and point of origin, impact spatter, search and recovery of bloodstain, analysis of bloodstains in crime scene, interpretation of bloodstain patterns, presentation of bloodstain evidence, report writing
SCFS532 Detection of Impressions and Tool Marks
Nature of footwear impression, firearm, tool marks, and tire marks evidence; collection and preservation of two or three-dimensional marks; casting marks on different surfaces; examination of marks and impressions; evidence comparison; presentation of evidence; report writing
SCFS541 Molecular Biology and Genetics for Forensic Science
Structure and function of DNA; DNA replication, transcription, and translation; principles of inheritance and population genetics; nature of genetic evidence and its application in forensic science; Polymerase Chain Reaction (PCR) and its modifications; practical session in PCR; human genome and karyotypes; polymorphisms and forensic DNA markers; mitochondrial DNA; maternal inheritance; mini-sequencing; heteroplasmy; Y-chromosome and Y-STRs; visit to the Human Genetics Unit (Department of Pathology, Faculty of Medicine, Ramathibodi Hospital); basic bioinformatics
SCFS542 Instrumental Analysis Skills in Forensic Chemistry
Principles of instrumental analysis; qualitative and quantitative analysis in forensic chemistry; measuring apparatus and equipment for sample preparation and handling; significant figures and precision in measurement; principles, application, and practical sessions in spectrometric techniques in forensic analysis, including absorbance, fluorescence, infrared, and mass spectrometry; principles, application, and practical sessions in liquid and gas chromatography in forensic analysis
SCFS698 Thesis
Identifying research project, new in-depth knowledge which can be further applied in forensic science. Conducting research ethically. Data collection, analysis, interpretation of the result and report the result in terms of thesis. Presenting and publishing research in standard journals or a conference's proceedings